Random-access memory, or RAM, is where computers like to store the data they're working on because a processor can retrieve data from RAM tens of thousands of times faster than from the computer's disk drive.

Using biofuel is one way to decrease the United States' dependence on oil. And switchgrass is an excellent candidate for biofuel production. It is an adaptable plant that can grow on millions of acres of U.S. lands that cannot support crop or food production. It is also a renewable resource but growing it and making it profitable can be complicated. 

It lacks qualities, such as high biomass yield, needed to maximize biofuel production. Alternative breeding methods may be the answer.

Researchers have developed a functioning organic solar cell consisting of a single component has been produced on the basis of metal-organic framework compounds (MOFs). The material is highly elastic and might also be used for the flexible coating of clothes and deformable components. 

Metal-organic frameworks, briefly called MOFs, consist of two basic elements, metal node points and organic molecules, which are assembled to form microporous, crystalline materials. For about a decade, MOFs have been attracting considerable interest of researchers, because their functionality can be adjusted by varying the components.
In a radio interview , Prime Minister Tony Abbott raised what he described as the “potential health impacts” of wind farms.

The aviation industry is a major source of greenhouse gas emissions. In 2011 aviation contributed around 3% of Australia’s emissions. Despite improvements in efficiency, global aviation emissions are expected to grow 70% by 2020 from 2005. While the industry is seeking new renewable fuel sources, growing biofuels takes up valuable land and water that could be otherwise used to grow food.

But what if you could grow biofuels on land nobody wants, using just seawater and sunlight, and produce food at the same time?

Electric vehicles are all the rage for wealthy elites but they have a more practical future benefit - mass transit, assuming the electricity source is low-emission like nuclear or solar. 

Right now, things like electric buses require more cost because of the maintenance and downtime. They take huge batteries, which means when those die off and they are placed into landfills we will replace global warming with acid rain. And to match gasoline's energy density would take a battery larger than could fit on a bus. 

The solution instead has to be much faster charging times. 
The UK’s onshore wind power industry may have been dealt a huge blow by new government policies announced last week, but this apparent setback should instead be seen as an opportunity. Elsewhere in Europe local, cooperative wind power is flourishing – could your town be next?

Nuclear power is sometimes described as being free of greenhouse gas emissions, and that’s true of the nuclear fission reactions themselves. But here is a list of all the stages of the nuclear power cycle at which greenhouse gases are emitted: uranium mining, uranium milling, conversion of uranium ore to uranium hexafluoride, uranium enrichment, fuel fabrication, reactor construction, reactor decommissioning, fuel reprocessing, nuclear waste disposal, mine site rehabilitation, and transport throughout all stages.

Like with emissions-free, white-collar astronomy jobs, it seems strange that anyone would protest emissions-free alternative energy, but in the United States it faces an uphill battle. On one side environmental groups lobby for it, while on the other, different environmentalists wait to file lawsuits and if they aren't paid off quickly, it could take years to resolve in court.

Existing popular alternative energy schemes have an ironic flaw - they make fossil fuels more profitable because they are not predictably consistent, which means expensive contracts for "instant on" traditional providers to prevent blackouts.

The big obstacle in implementing wind energy on a massive scale is the unpredictability of its driving force. Wind comes and goes, frequently shifting speed and direction, and mountainous terrain makes it even more fickle. And yet, customers depending on wind power as their primary source of electricity demand a consistent flow -- not one that dies with the wind. Thus, the success of wind energy depends, in part, on the ability to predict changes in wind flow and adjust the grid accordingly.